938
WGUS83 KSGF 130127
FLSSGF

Flood Statement
National Weather Service Springfield MO
827 PM CDT Wed Jun 12 2024

...The Flood Warning continues for the following rivers in
Missouri...

  Little Osage River near Horton affecting Vernon County.

  Marmaton River near Nevada affecting Vernon County.

  Osage River at Taberville affecting St. Clair and Vernon Counties.

For the Little Osage River...including Fulton, Horton...Minor
flooding is forecast.
For the Marmaton River...including Fort Scott, Nevada...Minor
flooding is forecast.
For the Osage River...including Taberville...Minor flooding is
forecast.

PRECAUTIONARY/PREPAREDNESS ACTIONS...

Turn around, don`t drown when encountering flooded roads. Many flood
deaths occur in vehicles.

Additional information is available at www.weather.gov.

The next statement will be issued Thursday evening at 830 PM CDT.

&&

MOC185-217-140130-
/O.CON.KSGF.FL.W.0047.000000T0000Z-240615T0700Z/
/TBVM7.1.ER.240610T1130Z.240613T0045Z.240614T0700Z.NO/
827 PM CDT Wed Jun 12 2024

...FLOOD WARNING REMAINS IN EFFECT UNTIL EARLY SATURDAY MORNING...

* WHAT...Minor flooding is occurring and minor flooding is forecast.

* WHERE...Osage River at Taberville.

* WHEN...Until early Saturday morning.

* IMPACTS...At 25.0 feet, flood waters affect the Schell Osage
  Conservation Area, the Old River Road North of Schell City and
  Lost Creek west of Schell Lake. Flood waters overflow the main
  river channel at the gage site.

* ADDITIONAL DETAILS...
  - At 7:45 PM CDT Wednesday the stage was 24.6 feet.
  - Bankfull stage is 23.0 feet.
  - Recent Activity...The maximum river stage in the 24 hours
    ending at 7:45 PM CDT Wednesday was 24.6 feet.
  - Forecast...The river is expected to fall below flood stage
    early Friday morning and continue falling to 15.9 feet Monday
    evening.
  - Flood stage is 23.0 feet.
  - http://www.weather.gov/safety/flood

&&

LAT...LON 3803 9383 3799 9379 3797 9381 3799 9406
      3797 9432 3807 9431 3808 9410 3806 9406
      3805 9390


$$

MOC217-140130-
/O.CON.KSGF.FL.W.0040.000000T0000Z-240614T1035Z/
/NVDM7.1.ER.240609T1052Z.240611T0815Z.240613T1035Z.NO/
827 PM CDT Wed Jun 12 2024

...FLOOD WARNING REMAINS IN EFFECT UNTIL EARLY FRIDAY MORNING...

* WHAT...Minor flooding is occurring and minor flooding is forecast.

* WHERE...Marmaton River near Nevada.

* WHEN...Until early Friday morning.

* IMPACTS...At 22.0 feet, flood waters impact the county road west
  of Nevada at the gage site.



* ADDITIONAL DETAILS...
  - At 7:45 PM CDT Wednesday the stage was 21.4 feet.
  - Bankfull stage is 20.0 feet.
  - Recent Activity...The maximum river stage in the 24 hours
    ending at 7:45 PM CDT Wednesday was 23.4 feet.
  - Forecast...The river is expected to fall below flood stage
    late tonight and continue falling to 4.1 feet Monday morning.
  - Flood stage is 20.0 feet.
  - http://www.weather.gov/safety/flood

&&

LAT...LON 3789 9447 3794 9439 3797 9435 3799 9431
      3794 9432 3784 9440 3784 9452 3784 9461
      3787 9461


$$

MOC217-140130-
/O.CON.KSGF.FL.W.0038.000000T0000Z-240614T1827Z/
/HTNM7.1.ER.240609T1002Z.240612T0045Z.240613T1827Z.NO/
827 PM CDT Wed Jun 12 2024

...FLOOD WARNING REMAINS IN EFFECT UNTIL EARLY FRIDAY AFTERNOON...

* WHAT...Minor flooding is occurring and minor flooding is forecast.

* WHERE...Little Osage River near Horton.

* WHEN...Until early Friday afternoon.

* IMPACTS...At 45.0 feet, moderate flooding occurs at the gage site.
  Low lying areas along Route D near Stotesbury flood.

* ADDITIONAL DETAILS...
  - At 7:45 PM CDT Wednesday the stage was 43.8 feet.
  - Bankfull stage is 41.0 feet.
  - Recent Activity...The maximum river stage in the 24 hours
    ending at 7:45 PM CDT Wednesday was 44.7 feet.
  - Forecast...The river is expected to fall below flood stage
    early tomorrow afternoon and continue falling to 31.8 feet
    Monday morning.
  - Flood stage is 41.0 feet.
  - http://www.weather.gov/safety/flood

&&

LAT...LON 3800 9441 3802 9431 3799 9431 3793 9436
      3796 9444 3796 9451 3796 9458 3798 9462
      3800 9462 3800 9452


$$

GH